VIZR™️ is patented multi sensory light&sound Brain Engagement technology.
The VIZR™ LED panel produces three simultaneous dimensions of light messaging to create a powerful and a mesmerizing experience. MACRO patterning, MESO body pulsing and cascades of MICRO flickering produce a satisfying First Language brain interaction.
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Paired with the VIZR™, the NeuroVizr® app delivers a unique blend of brain exercise wrapped in captivating entertainment. Using innovative light and sound experiences, it’s more than a leisurely distraction—it’s a gateway to enhanced cognitive function.
Setting itself apart, VIZR™ introduces “Brain Engagement,” a fresh approach to neuroplasticity. Unlike traditional Brain Entrainment, which syncs the brain to repetitive signals, Brain Engagement provides dynamic information, priming the brain for adaptability and prediction. It’s a cutting-edge step forward in brain technology, merging entertainment with cognitive growth.
Because light-based brain signaling has never been done like this before, an entirely original and unique Light Composer software had to be created. Crafting three layers (MACRO, MESO, MICRO) of light messaging has moved us closer and closer to shaping light in a manner similar to how a synthesizer shapes sound.”
The physical design of the LEDs maximizes the optometric requirements for a unique type of MACRO pattern stimulation of the central and autonomic nervous systems. When inspecting the NeuroVizr™ hardware headset, it is immediately obvious that the LEDs have a unique configuration and placement away from the eyes. The design is very much unlike conventional “Mind Machine” Brain Entrainment devices, both current and historically, that use goggles/eyeglass frames. This distinct design is an expression of highly specific optometric parameters required to successfully apply so-called MACRO stimulation patterns and movements of the LED light signaling. In simplicity, the horizontal and vertical (H/V) limits must match the H/V of the average human visual field and present a normative binocular vision spectrum. This same H/V parameter set is well-known in Virtual Reality devices and applications. These MACRO LED signal positions and movements are known to affect the autonomic nervous system in relation to either sympathetic excitation or parasympathetic sedation, as well as various cognitive functions such as memory and visual/auditory imagination.
VIZR™ TRIPLE SIGNAL DYNAMICS
The VIZR™ utilizes three integrated types of light signaling simultaneously, resulting in unusually rich and meaningful brain information messaging. The three are MACRO, MESO, and MICRO.
The MACRO signals involve specific LED activity in terms of various static positions on the LED template and various moving patterns. Such static/moving patterns have a generalized effect on the nervous system and create a foundational disposition in the neurological responses to the overall signaling.
The MESO signaling refers to an exceptional range of LED “pulsing” rates (to be distinguished from the MICRO “flickering” rates). Advancing neurological research increasingly recognizes that physiological oscillatory rates throughout the human body express themselves in rhythms that ideally constitute an overall “resonance.” Therefore, brain wave oscillations will exist in harmonic relationship to many more somatic oscillations throughout the soma or body. Heart rate, breathing rates, cerebral-spinal pulsations, peristaltic contractions, and so on seek resonance with the ideal goal of coherence. Think of MESO pulses as music rhythms you can dance to. Let’s face it; no one can dance to the “flicker” brain wave rates.
The LEDs also turn off and on (flicker) at rates within a second. These MICRO signals have fine-tuning effects on brain messaging. Microcontrollers can easily manage such rates, constituting the MICRO level of the VIZR™ TRIPLE SIGNAL DYNAMICS. Such MICRO signaling has a compositional set point that enables different “strengths” in the flicker by adjusting the “duty cycle” of each flicker. Furthermore, series sequencing and four rates of change play a critical role in the effects of the MICRO flicker signals. The effects can be reasonably compared to the core significance of sound compositional structures common to all musical styles and genres.
The ability to compose and adjust three distinct yet integrated levels of light signaling simultaneously yields a unique and vibrant visual messaging experience. Each group of light signaling is effective in its own right, so when combining them, the information output is drastically enhanced, much like combining three musical instruments into a jazz ensemble.
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